I have attached them now. sorry about that.
the sample rate is 40MHz because I am trying to send a chirp over 20MHz, so I
figured with nyquist's theorem (sampling rate 2x highest frequency), that would
be the correct one. However any sample rate above ~10MHz causes my grc window
to freeze.
T
Hi Laura,
With 16 bit samples, the default, a 1 Gigabit Ethernet link can only carry
25 MS/s. Thankfully, that's complex IQ samples, so while Nyquist applies
the bandwidth is 1x the highest frequency.
http://files.ettus.com/manual/page_usrp2.html
The N200 has a fixed master clock rate (ADC/DAC ra
In an effort to simplify this a bit, I created two flow graphs. One as the
server (dial tone frequencies sent to socket PDU) and a client (unpack the
socket data and send it to wav file sink). I was able to recreate the issue
with these simplified blocks when their TCP/IP path traverses the interne
I'll do my best, but it might take me quite some time to get gdb set up
with the symbols you mentioned. C++/debugging doesn't come naturally for
me.
What it smells like to me is memory is being freed but then written to.
Then when the system goes to allocate memory it says hey that memory isn't
so
Hi all,
We found a bug in gnuradio-runtime/swig/block.i that prevented the
set_output_multiple method from being accessed from python in a c++ block. The
function declaration is missing in the swig file, so the following line should
be added to block.i:
void set_output_multiple(int multiple);
Agree. Added issue https://github.com/gnuradio/gnuradio/issues/1757
On 05/01/2018 01:56 PM, Jessica Iwamoto wrote:
Hi all,
We found a bug in gnuradio-runtime/swig/block.i that prevented the
set_output_multiple method from being accessed from python in a c++
block. The function declaration is
The problem with this configuration is that the "Soft frame equalizer"
blocks are not synced. It's the same problem as with the Sync Short
block, just at a later stage. Consider what happens, if one branch
manages to decode the signal field and one doesn't. Or one thinks it's a
100 Byte BPSK 1
